The two-part module features a single lens which comprises a 0.23 inch, 640 x 400 pixel, color OLED micro-display; an attached micro-optical unit projects an image equivalent to the field of view of a 16 inch display two meters away. The 40 gram module includes an ARM Cortex-A7 core and a 400 mAh battery and supports Bluetooth Low Energy along with 802.11b/g/n.
The compact nature and lightweight of the solution has enabled Sony to attach the module to a piece of eyewear. The device is equipped with a high-resolution color OLED microdisplay that claims to bring out the full potential of the display's high image quality, and a miniaturized control board with arithmetic processing capabilities on par with smartphones that was made possible by high-density packaging technology.
Single-Lens Display Module (experimental)
(Left side of image: Display arm; Right side of image: Secondary arm incorporating the battery, etc.)
By attaching the display module to a pair of fashionable glasses, goggles, sunglasses, or other type of eyewear, allows users to gain access to visual information that adds a level of convenience to their everyday lives. The module also has potential applications in sports or for work, among other areas, displaying helpful information that supports a user in their activity. The module, which uses a small sub-window that does not obstruct the user's field of vision, is attachable/detachable, and can be used only when required. Users have the option to store the module away if it not needed.
Sony hopes the module will promote the adoption of wearable devices in new areas and plans to provide software development kits (SDK) to partner organizations for the Single-Lens Display Module requiring arithmetic processing capabilities.
Display arm of the module
Sony is planning to begin mass production in 2015 and will demonstrate a module called "SmartEyeglass Attach!" for sportswear at CES in Las Vegas, Nevada, USA in January 2015.
The display module is equipped with a